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(PDF) Electron Acceleration from Electron-Ion Plasma Cloud

In response to the applied potential drop, a planar double layer rapidly forms at the evolving interface between the cold and hot plasmas. CN203078846U - Double-layer magnetized refreshment The utility model discloses a double-layer magnetized refreshment applique tea canister which is characterized in that a canister is tightly covered at the opening position of a canister body, the canister is manufactured by two layers of stainless steel, a first strong magnetic article is arranged in the center of the canister body, the canister body is small in opening and large in volume

Calculation of the force between planar electrical double

The distribution of ions about a planar surface of fixed charge density can be solved within the hypernetted chain (HNC)/mean spherical approximation (MSA) by a simplest yet very accurate method based on the calculus of variations. Here we present an application of that work, the calculation of the potential of mean force and the net pressure for two charged planar surfaces immersed in a salt Current-free double layers:A review Semantic ScholarDuring the last decade, there has been an upsurge in the research on current-free DLs (CFDLs). Research includes theory, laboratory measurements, and various applications of CFDLs ranging from plasma thrusters to acceleration of charged particles in space and astrophysical plasmas. The purpose of this review is to present a unified understanding of the basic plasma processes, which lead to the Currentdriven double layers and the auroral plasma Simulation results on current-driven double layers are presented. The role of the Buneman instability in the formation of double layers is clearly identified. The recurring formation and motion of double layers produce a temporal variation of the electric fields similar to that observed in

Design and measurements of the Double Layer Planar Motor

DOI:10.1109/IEMDC.2013.6556254 Corpus ID:35084127. Design and measurements of the Double Layer Planar Motor @article{Rovers2013DesignAM, title={Design and measurements of the Double Layer Planar Motor}, author={J. Rovers and J. Jansen and E. Lomonova}, journal={2013 International Electric Machines \& Drives Conference}, year={2013}, pages={204-211} } Dynamically evolving double layers and density depletions [1] Electric fields parallel to an ambient magnetic field in collisionless plasmas are most likely localized in double layers (DLs). Using one-dimensional Vlasov simulations, we study the localization processes for DLs in the return current region of the auroral plasma, in which the density decreases with increasing altitude. If there is a preexisting density cavity in the plasma, the DL forms Three Dimensional Double Layers in Magnetized Plasmas Experimental results are presented which demonstrate the formation of fully three dimensional double layers in a magnetized plasma. The measurements are performed in a magnetized stationary plasma column with radius 1.5 cm. Double layers are produced by introducing an electron beam with radius 0.4 cm along the magnetic field from one end of the column.

Planar double layers in magnetized plasmas:Fine

In response to the applied potential drop, a planar double layer rapidly forms at the evolving interface between the cold and hot plasmas.